TUV CE medical and USA FDA approved 980nm diode laser

Based on theory of "selective laser photothermal", 980nm diode laser system uses specific 980nm wavelength to penetrate into skin for vasular treatment. The laser irradiation lesion, under laser irradiation, hemoglobin and red pigment capillaries to maximize absorption of laser energy, solidification occurs, blocking blood vessels, capillaries shrink, leading to intravascular coagulation, finally metabolic degradation. Due to the specific 980nm wavelength of the laser, it assures normal intact skin tissue architecture in the greatest degree during the vascular treatment and also ensures a good therapeutic effect without damaging superfacial skin.

Based on theory of "selective laser photothermal", 980nm diode laser system uses specific 980nm wavelength to penetrate into skin for vasular treatment. The laser irradiation lesion, under laser irradiation, hemoglobin and red pigment capillaries to maximize absorption of laser energy, solidification occurs, blocking blood vessels, capillaries shrink, leading to intravascular coagulation, finally metabolic degradation. Due to the specific 980nm wavelength of the laser, it assures normal intact skin tissue architecture in the greatest degree during the vascular treatment and also ensures a good therapeutic effect without damaging superfacial skin.

Clinical applications

Vascular lesions
Proliferative lesion
Spider veins
Liner angitelectasis
Cherry angiomas